8 Benefits of Using LED Than Traditional Lighting

For the past years, LEDs (Light-Emitting Diodes) have transformed the conventional lighting marketplace for different reasons such as their lower maintenance requirements, extended lifespans, and reduced energy consumption. With LEDs many benefits than the traditional technologies, a lot of facility managers are upgrading their offered lighting systems. Some of them are even asking one another where to buy led lights in Singapore. In relation, store decision makers should consider the following advantages of offering products with LED.

Energy efficiency

Compared with the traditional incandescent, halogen, and fluorescent options, LED lights use about 50% less electricity that results in a substantial energy cost savings, particularly for shops with lights that need to be open for a long period of time. LED lights also have a certain directional lighting capability that minimizes wasted energy and light.

Durability

LEDs are breakage resistant and largely immune to impacts and vibrations. Traditional lighting, on the other hand, is usually present in a quartz or glass exterior that can be susceptible to damage. Products with LED are often connected with soldered leads and mounted on a circuit board that can be vulnerable to direct impact.

Extended Life

LEDs don’t fail or “burn out” unlike incandescent lighting. LEDs just merely dim as time pass by. LEDs with good quality have an expected lifespan of 30,000–50,000 hours and more, depending on the fixture or lamp’s quality. A compact fluorescent lasts 8,000 to 10,000 hours; the average incandescent bulb lasts only about 1,000 hours. Since LED products have longer operational life, they can help lower the costs of the labor of bulbs replacement, like in commercial settings, which in the end help you achieve a lighting system that is low maintenance.

Controllability

The general system of most commercial fluorescent lighting takes up a few dollars to make it dimmable. The case is different for LEDs, being a semiconductor device, which is inherently compatible with controls. They can also provide continuous dimming rather than step-level dimming.

No IR or UV Emissions

Incandescent lamps use the majority of its power to convert into radiated heat or infrared (IR), only less than 10 percent of it is transformed into visible light. Ultraviolet radiation (UV) and excessive heat present a burn hazard to people and materials. LEDs, on the other hand, emit virtually no UV or IR.

Rapid Cycling

The more the traditional light sources are switched on and off, the more they tend to have a shorter lifespan, as presented on downlights Singapore. Rapid cycling doesn’t affect LEDs. Such capability makes them very well suited for use with daylight sensors or occupancy.

Instant On

Since LEDs can reach 100% brightness in an instant, many retailers view this as a great advantage, especially after a power outage.

Cold Temperature Operation

Unlike fluorescent lamps, LEDs love the cold. Higher voltage is needed to start fluorescent lamps present at low temperatures; the luminous flux is also lowered. This case is opposite with LED, its performance increases as operating temperatures drop making LEDs a natural fit for cold storage spaces, freezers and refrigerated display cases as well as to outdoor applications such as signage, store perimeter, and the parking lot.

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